Sans Contrasted Opgi 2 is a light, narrow, high contrast, upright, normal x-height font.
Keywords: branding, packaging, posters, editorial, signage, airy, whimsical, friendly, casual, hand-drawn, human warmth, casual clarity, modern charm, gentle expressiveness, monoline-like, soft terminals, open apertures, lively rhythm, tall proportions.
This typeface uses tall, compact letterforms with generous internal space and visibly modulated strokes. Curves are smooth and slightly organic, with soft, rounded terminals and occasional tapered joins that give the outlines a drawn, human feel while remaining clean and sans in structure. Counters and apertures stay open (notably in C, S, e, and a), and the overall rhythm is calm but lively due to subtle irregularities and stroke modulation. Numerals are similarly slender and open, matching the alphabet’s light footprint and relaxed geometry.
It works well for branding and packaging that benefits from a personable, crafted impression, and for posters or headlines where its slender presence can feel elegant and light. In editorial contexts it can add a gentle, contemporary tone in short text or pull quotes, and it can suit signage where a friendly voice is desired.
The tone is approachable and slightly whimsical, like neat marker or pen lettering refined for consistent text. It reads friendly and modern without feeling rigid, making it suitable when you want warmth and personality while keeping a simple, uncluttered voice.
The design appears intended to blend a clean sans foundation with subtle hand-drawn warmth, using stroke modulation and softened terminals to avoid a mechanical feel. The goal seems to be an expressive everyday text style that stays legible while adding charm and individuality.
Distinctive details include a rounded, open-tailed lowercase g, a single-storey a, a softly curved J with a small hook, and wide, open bowls on letters like O and Q. The uppercase has straightforward construction with softened corners, while the lowercase adds more character through more elastic curves and terminals.